#include <mechButton.h>
#include <idlers.h>
#include <AccelStepper.h>

#define BUTTON_PIN1  4     // Pin we'll hook a button to. The other side hooks to ground.
#define BUTTON_PIN2  5     // Pin we'll hook a button to. The other side hooks to ground.
#define motorInterfaceType 1

const int stepPin = 3; // Set the stepping pin to pin 9
const int dirPin = 2; // Set the direct pin to pin 8
int currentSpeed = 100; // Create a variable for speed 
int positionOfReel = 0; // position of needed number 
int rotationCount = 10; //count of full rotation of reel; x4 in future


mechButton button1(BUTTON_PIN1);  // Set button one to pin 4.
mechButton button2(BUTTON_PIN2);  // Set button one to pin 4.
AccelStepper myStepper(motorInterfaceType, stepPin, dirPin);

// Your standard sketch setup()
void setup() {
   
   button1.setCallback(myCallback1);    // Set up #1's callback. (Don't use Analog for buttons.)
   button2.setCallback(myCallback2);    // Set up #1's callback. (Don't use Analog for buttons.)
   myStepper.setMaxSpeed(1000);
   myStepper.setSpeed(100);
}


// This is the guy that's called when the button1 changes state.
void myCallback2(void) {

   if (!button1.trueFalse()) {
      myStepper.setCurrentPosition(0);
      positionOfReel = 2000;
      myStepper.moveTo(positionOfReel);
      myStepper.setSpeed(50);
      if(myStepper.currentPosition()==400){
         myStepper.setSpeed(400);
      }

   }
}

void myCallback1(void) {

      if (!button1.trueFalse()) {
      positionOfReel = 300;
      myStepper.moveTo(position);
      myStepper.setSpeed(30);
   }

}



// Your standard sketch loop()
void loop() {
   idle();                // Let all the idlers have time to do their thing.
   myStepper.runSpeedToPosition();
   }